Cristina M. Cordas is a Ph.D. researcher in Biochemistry at NOVA School of Science and Technology, FCT NOVA, Universidade NOVA de LIsboa, Portugal. CMC also has a master’s degree in Applied Electrochemistry, and a graduate degree in Chemistry. Her main scientific area is in Chemistry/Biochemistry with emphasis in Electrochemistry, in particular, electrocatalysis and interfacial properties. Her scientific interests include Electroactive Biofilms, Microbial Fuel Cells, Biosensors, Electroanalysis, including detection and quantification of pharmaceutical compounds and pollutants; conducting polymers and new redox biomaterials based on hydrogel and ionic liquids. Recently, she has focused particular interest in the non-invasive detection of human biomarkers in real time, with in situ diagnostic sensors (through electrochemistry; analytical tools; Big Data; machine learning) and also in novel bioelectrochemical routes for lignocellulose degradation and selective production of valuable compounds (by direct electrochemical control of enzymatic catalytic reactions).
Cristina M. Cordas is a Ph.D. researcher in Biochemistry at NOVA School of Science and Technology, FCT NOVA, Universidade NOVA de LIsboa, Portugal. CMC also has a master’s degree in Applied Electrochemistry, and a graduate degree in Chemistry. Her main scientific area is in Chemistry/Biochemistry with emphasis in Electrochemistry, in particular, electrocatalysis and interfacial properties. Her scientific interests include Electroactive Biofilms, Microbial Fuel Cells, Biosensors, Electroanalysis, including detection and quantification of pharmaceutical compounds and pollutants; conducting polymers and new redox biomaterials based on hydrogel and ionic liquids. Recently, she has focused particular interest in the non-invasive detection of human biomarkers in real time, with in situ diagnostic sensors (through electrochemistry; analytical tools; Big Data; machine learning) and also in novel bioelectrochemical routes for lignocellulose degradation and selective production of valuable compounds (by direct electrochemical control of enzymatic catalytic reactions).